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Please use this identifier to cite or link to this item: http://hdl.handle.net/2080/1507

Title: Robust Control of a Feedback Linearized Induction Motor through Sliding Mode
Authors: Mohanty, K B
Singh, M
Keywords: Feedback linearization
Decoupling control
Stationary reference frame
Sensorless flux estimator
P-I controller
Sliding Mode Controller
Issue Date: Dec-2010
Citation: Proceeding of IEEE PEDES 2010 and Power India Joint Conf., New Delhi, Dec. 2010
Abstract: This paper presents a feedback linearization control scheme with sliding mode controller (SMC) for enhancing performance of the induction motor drive. The feedback decoupling controller is designed in a stationary (α-β) reference frame with rotor flux and stator current components as state variables. Since the induction motor drive system is sensitive to parameter variation and load disturbances, a robust control strategy based on sliding mode is implemented. Initially feedback linearization technique is simulated with conventional PI controller. Then the proposed scheme comprising of a sliding mode flux controller and a sliding mode speed controller is simulated. Both control schemes are simulated in MATLAB environment. Simulation results demonstrates that performance of sliding mode based scheme is more robust than fixed gain P-I controller based scheme.
Description: Copyright belongs to proceeding publisher
URI: http://hdl.handle.net/2080/1509
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